Advancing
diagnostics
Advancing
diagnostics
Advancing
diagnostics
Advancing
diagnostics
Advancing
diagnostics
We build technologies to enable more
efficient and effective patient care.
We build tools to streamline molecular workflows with precision and care.
We build technologies to enable more
efficient and effective patient care.
We build technologies to enable more
efficient and effective patient care.
We build tools to streamline
molecular workflows with
precision and care.
Breaking barriers between
precision medicine and the
masses
Breaking barriers between precision medicine and the masses
Breaking barriers between
precision medicine and the
masses
Breaking barriers between precision medicine and the masses
Breaking barriers between
precision medicine and the
masses
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Sequencing FFPE biopsies for comprehensive cancer genomics profiling
Detection of BCR-ABL fusion genes from peripheral blood for advanced molecular diagnostics
Extracting high-molecular-weight DNA from stool samples for sequencing on Oxford Nanopore MinION
Maximizing cfDNA yields from plasma samples for comprehensive NIPT screening
DNA size selection and PCR clean-up for optimal library preparation workflows
Automating molecular
workflows
Automating molecular
workflows
Automating molecular
workflows
Automating molecular
workflows
Automating molecular
workflows
Manta
Manta
Manta
Manta sets a strong foundation for your molecular workflows—delivering efficient DNA/RNA extractions for clinical & research applications.
Manta sets a strong foundation for your molecular workflows—delivering efficient DNA/RNA extractions for clinical & research applications.
Manta sets a strong foundation for your molecular workflows—delivering efficient DNA/RNA extractions for clinical & research applications.
Beluga
Beluga
Beluga
Beluga is a fully automated, sample-to-result system. It integrates nucleic acid extraction, quantification and amplification into one seamless workflow.
Beluga is a fully automated, sample-to-result system. It integrates nucleic acid extraction, quantification and amplification into one seamless workflow.
Driving progress across
the diagnostic spectrum
Driving progress
across the diagnostic spectrum
Driving progress across
the diagnostic spectrum
Driving progress across
the diagnostic spectrum
Driving progress across
the diagnostic spectrum
Cancer diagnostics
Infectious disease testing
AMR studies
Genetic disease screening
Reproductive health testing
Transplant medicine
Pharmacogenomics
Histopathology
Biobanking
Cancer diagnostics
Infectious disease testing
AMR studies
Genetic disease screening
Reproductive health testing
Transplant medicine
Pharmacogenomics
Histopathology
Biobanking
Cancer diagnostics
Infectious disease testing
AMR studies
Genetic disease screening
Reproductive health testing
Transplant medicine
Pharmacogenomics
Histopathology
Biobanking
Cancer diagnostics
Infectious disease testing
AMR studies
Genetic disease screening
Reproductive health testing
Transplant medicine
Pharmacogenomics
Histopathology
Biobanking
Cancer diagnostics
Infectious disease testing
AMR studies
Genetic disease screening
Reproductive health testing
Transplant medicine
Pharmacogenomics
Histopathology
Biobanking
Transforming labs across the globe
From innovative research teams to diagnostic centers
Transforming labs across the globe
From innovative research teams to diagnostic centers
Transforming labs across the globe
From innovative research teams to diagnostic centers
Transforming labs across the globe
From innovative research teams to
diagnostic centers
Meet our customers
Meet our customers
Meet our customers
Built on strong foundations
Built on strong foundations
Built on strong
foundations
Built on strong foundations
Built on strong foundations
We fuse advanced tech with purposeful design to deliver fast, efficient results and integrate effortlessly into your lab’s operations.
We fuse advanced tech with purposeful design to deliver fast, efficient results and integrate effortlessly into your lab’s operations.
We fuse advanced tech with purposeful design to deliver fast, efficient results and integrate effortlessly into your lab’s operations.
We fuse advanced tech with purposeful design to deliver fast, efficient results and integrate effortlessly into your lab’s operations.
We fuse advanced tech with purposeful design to deliver fast, efficient results and integrate effortlessly into your lab’s operations.
Engineered for scale
Engineered for scale
Engineered for scale
From small research teams to high
throughput facilities, our solutions are
built to grow with your lab's needs.
From small research teams to high
throughput facilities, our solutions are
built to grow with your lab's needs.
From small research teams to high throughput facilities, our solutions are built to grow with your lab's needs.
From small research teams to high throughput facilities, our solutions are built to grow with your lab's needs.
Speed as standard
Speed as standard
Speed as standard
Designed for swift execution, our
solutions accelerate workflows to
deliver reliable results.
Every detail is meticulously crafted to boost performance and drive efficiency.
Every detail is meticulously crafted to boost performance and drive efficiency.
Quality first
Quality first
Quality first
We uphold the highest standards
to deliver reliable, consistent
results you can trust, every time.
We uphold the highest standards
to deliver reliable, consistent
results you can trust, every time.
We uphold the highest standards to deliver reliable, consistent results you can trust, every time.
We uphold the highest standards to deliver reliable, consistent results you can trust, every time.
“A company is only as
good as its people"
“A company is only as
good as its people"
“A company is only as
good as its people"
“A company is only as
good as its people"
“A company is only as
good as its people"
- Mary Kay Ash
- Mary Kay Ash
- Mary Kay Ash
- Mary Kay Ash
We're a team of scientists, engineers, and innovators, united by one mission: to make genomics accessible and affordable. Each of us brings a unique perspective, pushing boundaries and fueling real progress.
We're a team of scientists, engineers, and innovators, united by one mission: to make genomics accessible and affordable. Each of us brings a unique perspective, pushing boundaries and fueling real progress.
We're a team of scientists, engineers, and innovators, united by one mission: to make genomics accessible and affordable. Each of us brings a unique perspective, pushing boundaries and fueling real progress.
Meet our crew
Meet our crew
Meet our crew
Meet our crew
Meet our crew
Industry insights
Industry insights
Industry insights
Industry insights
Industry insights
Check out our collection of tools, guides, and insights to
help you stay ahead. From product documentation to
industry updates, we’ve got you covered.
Check out our collection of tools, guides, and insights to help you stay ahead. From product documentation to industry updates, we’ve got you covered.
Check out our collection of tools, guides, and insights to
help you stay ahead. From product documentation to
industry updates, we’ve got you covered.
Check out our collection of tools, guides, and insights to
help you stay ahead. From product documentation to
industry updates, we’ve got you covered.
Check out our collection of tools, guides, and insights to help you stay ahead. From product documentation to industry updates, we’ve got you covered.
We design and manufacture all our
products in our in-house factory in
Bangalore, India.
We design and manufacture all our products in our in-house factory in Bangalore, India.
We design and manufacture all our
products in our in-house factory in
Bangalore, India.
We design and manufacture all our products in our in-house factory in Bangalore, India.
We design and manufacture all our
products in our in-house factory in
Bangalore, India.
Empowering labs that
aspire for excellence
Empowering labs that
aspire for excellence
Empowering labs that
aspire for excellence
Empowering labs that
aspire for excellence
Empowering labs that
aspire for excellence
© Cambrian Biotech Pvt. Ltd.
Bengaluru, Karnataka
© Cambrian Biotech Pvt. Ltd.
Bengaluru, Karnataka
© Cambrian Biotech Pvt. Ltd.
Bengaluru, Karnataka
© Cambrian Biotech Pvt. Ltd.
Bengaluru, Karnataka
© Cambrian Biotech Pvt. Ltd.
Bengaluru, Karnataka